CPPLC7-A7B6-15.62TS

Oscillators are utilized in numerous circuits for many different applications, among them being the CPPLC7-A7B6-15.62TS. This oscillator in particular performs excellent precision timing applications, as the frequency range is especially designed specifically for this purpose. There are several features of this oscillator which make it stand out from conventional oscillators, including its high precision accuracy and excellent temperature cycling. Additionally, this oscillator also has excellent offer stability and supply range robustness.

Applications

The CPPLC7-A7B6-15.62TS oscillator has many potential applications, including the following: precision timing up to 15.62 MHz, clock design, embedded controllers, automotive applications, and consumer products. This oscillator is ideal for all of these applications due to its precision features and frequency range. Additionally, it is well suited for systems requiring high precision, such as precision instruments and robotics, due to its tight temperature and supply range stability requirements. Additionally, this oscillator is well suited for systems requiring reliable and ultra-high stability such as imaging systems and high accuracy RF test and measurement systems.

Working Principle

The CPPLC7-A7B6-15.62TS oscillator utilizes the most advanced technology for precision timing applications. The oscillator is powered up by an external crystal or clock source, and produces a signal with high accuracy and frequency stability. This oscillator is capable of precise operation even under extreme conditions such as severe temperature and power supply variations. The oscillator also is highly resistant to shock and vibration due to its robust construction. This technology is made possible due to the CPPLC7 Series’ advanced temperature cycle stability, high frequency accuracy, supply range robustness, and excellent stability.

Conclusion

The CPPLC7-A7B6-15.62TS oscillator is an ideal choice for precision timing applications when high accuracy and frequency stability is a priority. It offers excellent temperature cycling, frequency accuracy, supply range robustness, and stability, making it a reliable solution for critical applications. Additionally, the oscillator is highly resistant to shock and vibration, which makes it suitable for a wide range of extremal environments. All of these factors promote the use of this oscillator for many different applications, and make it an ideal choice for precision timing.